The Future of Everything: What CEOs of Circle, CrowdStrike & More See Coming in 2026
All-In PodcastKey Moments
CEOs discuss the AI-driven future: stablecoins, cybersecurity, eVTOLs, and AI compute infrastructure, emphasizing innovation and challenges.
Key Insights
Stablecoins are evolving into a critical internet-native financial infrastructure, bridging traditional finance with digital assets.
AI is rapidly transforming cybersecurity, making attacks more sophisticated and autonomous, necessitating AI-driven defenses.
eVTOLs are on the cusp of regular urban deployment, with regulatory hurdles being overcome and public acceptance crucial.
The massive AI buildout requires immense computing power and energy, driving innovation in data center infrastructure and power generation.
Economic and geopolitical shifts are creating new complexities for global businesses and fostering a focus on national champions.
The integration of AI into business operations and management is becoming essential, potentially redefining leadership roles.
THE EVOLUTION OF MONEY AND THE RISE OF STABLECOINS
Circle CEO Jeremy Allaire highlighted the foundational shift of stablecoins as an internet-native money protocol, designed to bridge traditional fiat systems with the digital realm. Initially conceived as an 'HTTP for dollars,' stablecoins like USDC offer programmable, peer-to-peer transactions, creating a vital infrastructure for a digital economy. Despite early skepticism and regulatory challenges, the focus on regulatory compliance has been key to Circle's strategy, aiming for trust and integration with legacy financial systems. The GENIUS Act, while prohibiting direct interest payments on stablecoins, acknowledges their role as payment instruments and allows for rewards programs through financial partners, fostering a balanced regulatory environment.
CYBERSECURITY IN THE AGE OF AI AND AUTONOMOUS THREATS
George Kurtz of CrowdStrike detailed the profound impact of AI on cybersecurity, noting that it lowers the barrier for sophisticated attacks. Adversaries can now automate complex operations, making attacks faster and more unique, often mimicking nation-state capabilities. A significant concern is 'prompt-only autonomous malware,' which can operate independently without traditional command-and-control signals. CrowdStrike leverages its extensive data and AI to counter these evolving threats, focusing on detecting 'indicators of attack' rather than just known malware signatures. The rise of remote work and AI-generated résumés also introduces new vulnerabilities, emphasizing the need for robust identity verification and embedded security within HR processes.
AIRBORNE MOBILITY: THE ASCENSION OF eVTOLS
Archer Aviation CEO Adam Goldstein provided a concrete timeline for the adoption of eVTOLs (electric Vertical Take-Off and Landing aircraft). With regulatory fast-tracking and a focus on public acceptance, the first commercial flights are expected in mid-2026 across five U.S. cities. Archer's acquisition of Hawthorne Airport near LAX and its exclusive rights for the LA28 Olympics demonstrate a strategic push towards establishing operational hubs. The core advantage of eVTOLs lies in their enhanced safety through redundancy and reduced complexity compared to traditional helicopters, promising quieter, more efficient urban transportation and significant economic benefits for the aviation sector.
POWERING THE AI REVOLUTION: ENERGY AND COMPUTE INFRASTRUCTURE
Chase Lochmiller of Crusoe Cloud addressed the immense energy and infrastructure demands of the AI boom. The company's 'energy-first' approach, utilizing abundant renewable and natural gas resources in locations like West Texas, is crucial for powering large-scale AI data centers. Crusoe is investing heavily in energy development, including gas turbines and a 'second-life' battery program, while also exploring innovative solutions like small modular nuclear reactors for carbon-free power. The escalating density of AI hardware necessitates advanced cooling and power delivery systems, with a single rack expected to consume as much power as a thousand homes in the near future, highlighting the scale of this infrastructural challenge.
GEOPOLITICAL SHIFTS AND THE FUTURE OF WORK
Discussions touched upon the evolving geopolitical landscape, characterized by a move towards 'national champions' and increased economic fragmentation. This shift presents complexities for global businesses, requiring adaptation to new alliances and trade dynamics. Simultaneously, the accelerating impact of AI on the labor market raises questions about widespread job displacement and the concentration of capital gains among owners. This necessitates a re-evaluation of the social contract, potentially requiring new economic models and broader stakeholder involvement, such as equity ownership, to ensure inclusive prosperity.
INNOVATION IN CREDIT AND FINANCIAL SYSTEMS
The convergence of AI, blockchain, and stablecoins is poised to revolutionize credit markets. Lending protocols built on stablecoins are already facilitating trillions in loans, operating with unprecedented transparency and efficiency. These 'self-driving banks,' powered by smart contracts, manage risk and collateral autonomously. The future envisions credit markets that function with the speed and efficiency of digital advertising auctions, improving access to capital for individuals and businesses. This innovation aims to increase monetary velocity, foster economic growth, and ultimately drive global prosperity through frictionless exchange of value.
Mentioned in This Episode
●Products
●Software & Apps
●Companies
●Organizations
●Books
●Concepts
●People Referenced
GPU Power Consumption by Generation
Data extracted from this episode
| GPU Generation | Power per Rack (kW) |
|---|---|
| Traditional (5 years ago) | 15 |
| Traditional (20 years ago) | 4 |
| Blackwell chips (current) | 130 |
| Vera Rubin (next generation) | 250 |
| Vera Rubin Ultra (future) | 600 |
| Future Goal | 1000 (1 megawatt) |
Common Questions
Circle adopted a 'buttoned-up and proper' approach to regulation from the start, working with policymakers and integrating with existing financial systems. They were the first to understand that connecting the fiat system to crypto required compliance, even testifying to the Senate in 2013. This approach has allowed them to define a legal pathway for their USDC stablecoin.
Topics
Mentioned in this video
Meta's (Facebook) failed stablecoin project, which faced government concerns over too much power.
Traditional money transfer service, referenced as an expensive alternative to stablecoins for remittance.
Digital wallet service through which USDC can be spent.
A company developing eVTOL (flying car) aircraft, focused on certification, airport acquisition, and commercial service.
NVIDIA's GPU architecture; Crusoe started before it came out, using the Ampere generation.
The national bank regulator in the US that regulates large stablecoin issuers like Circle under the Genius Act.
A high-performance car with 1000+ horsepower, mentioned as a beast of a car for its price and performance, potentially with a track warranty.
A private airport outside LAX that Archer Aviation bought/controls to serve as a hub for its eVTOL operations.
Los Angeles International Airport, near Archer Aviation's Hawthorne hub.
An autonomous collaborative attack helicopter drone program Archer Aviation is working on with Anduril.
An incredible partner for Crusoe Cloud in developing AI factories powered by SMRs.
An early investor who needed assurance that Circle's operations were legal before providing capital.
A betting platform where users can fund accounts with USDC.
A stadium in Los Angeles near Archer Aviation's Hawthorne hub.
An early eVTOL company that received support from Larry Page.
A spaceflight company that had a tragic incident, referenced as an example of dangers in early aviation platforms.
GPUs from NVIDIA, used by Crusoe Cloud in their high-performance cloud platform.
An incredible company re-engineering turbines for supersonic jet travel, now selling gas turbines to Crusoe Cloud.
NVIDIA's current generation of chips, requiring 130 kW in a rack.
The government agency responsible for choosing the initial five cities for eVTOL operations in the US.
Major producer of gas turbines.
Nuclear Regulatory Commission, whose regulatory domain is bypassed for experimental SMR technology at Idaho National Lab.
Provided early guidance on virtual currency in the banking system, enabling legal pathways for companies like Circle.
Partnership with Circle to facilitate digital dollar economic activity on-chain.
A major bank that could potentially use stablecoin technology.
A company acquired by CrowdStrike, specializing in browser security by running beneath the browser to detect malicious activity and wall off data.
Another NeoCloud company mentioned in the early contingent.
A company making innovations in geothermal energy production at scale and competitive price points.
CEO and co-founder of Circle, an internet technologist who began working on stablecoins 13 years prior.
Jeremy Allaire's previous company that went public.
A national trust bank that Circle is setting up, which has received conditional approval.
CEO of Archer Aviation, discusses the future of eVTOL aircraft and their path to commercialization.
Archer Aviation won the exclusive right to fly air taxis during the 2028 Los Angeles Olympics.
A contemporary eVTOL company, making announcements about New York City operations.
Uber's platform that helped bring eVTOLs into the mainstream around 2016.
NVIDIA's next generation of chips (250 kW in a rack), with Vera Rubin Ultra expected to be 600 kW.
Referenced as a precedent for creating a level playing field, similar to how the Genius Act defines federal law for stablecoins.
CEO and co-founder of CrowdStrike, discusses AI's impact on cybersecurity and nation-state threats.
CEO and co-founder of Crusoe Cloud, discussing their energy-first approach to computing infrastructure for AI.
Location where Crusoe Cloud is planning to energize its first AI factory powered by SMRs in 2027 under experimental technology regulations.
Global body of bank regulators that made recommendations for stablecoin regulation.
A mobile payment service that added USDC support.
A betting platform where users can fund accounts with USDC.
A major financial institution that could potentially use stablecoin technology for payments and wealth management.
Produces gas turbines, a company that Crusoe Cloud works closely with.
Google's online advertising platform; used as an analogy for the efficiency of future AI-powered credit markets.
A Formula 1 racing team, 5% of which is owned by George Kurtz.
A NeoCloud company focused on energy-first computing infrastructure for AI, with major customers like Oracle and OpenAI.
Major producer of gas turbines, facing supply chain constraints.
An energy developer recently acquired by Google, indicating a trend towards tech companies building their own energy infrastructure.
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